Permanent magnet hanger



4 Sheets-Sheet 1 Filed April 23, 1962 INVENTOR. THOMAS ROY BRADSBYfzisninv AT TOP/V5) March 23, 1965 T. R. BRADSBY PERMANENT MAGNET HANGER4 Sheets-Sheet 2 Filed April 23, 1962 g IN V ENTOR.

THOMAS R0) BRADSBV %MGZA7 TOR/V VS T. R. BRADSBY PERMANENT MAGNET HANGERMardl 23, 1965 4 Sheets-Sheet 3 Filed April 25, 1962 w 5 W m5 m W W o RM W M A M m w M k H/ mw mdb d [C m5 5 6 March 23, 1965 R. BRADSBYPERMANENT MAGNET HANGER 4 Sheets-Sheet 4 Filed April 23, 1962 INVENTOR.THO/14,4 S ROY B84055) AT TOP/V5 VS United States Patent f 3,174,714PERMANENT MAGNET HANGER Thomas Roy Bradsby, San .iose, Calih, assignorto Howard W. Sheehan, San .1 ose, Calif. Filed Apr. 23, 1962, Ser. No.189,644 10 Claims. (Q1. 248-309) This application is a continuation inpart of my application Serial No. 31,653, filed May 25, 1960, forMagnetic Picture Hanger, now Patent No. 3,031,799.

This invention relates to permanent magnet hangers for pictures andsimilar articles.

An important object of this invention is to provide an improved magnetichanger that is adapted to be imbedded in or mounted in wall structure orpanels to cooperate with magnetic members attached to or imbedded in thearticles to be supported, said magnetic hanger comprising an assembly ofa plurality of individual permanent magnets that are stacked andarranged with respect to each other and held assembled by strips ofmagnetic material so as to make the maximum utilization of the mag neticfield et up by the magnets.

Further details of this invention will be set forth in thespecification, claims and drawings in which, briefly:

FIG. 1 is a front view of a wall provided with one of these magnetichangers;

FIG. 2 is a sectional view taken along the line 2-2 of FIG. 1;

FIG. 3 is another sectional view taken through the wall structure ofFIG. 1 with part of the wall structure broken away to expose the magnetassembly;

FIG. 4 is a front view showing a magnet assembly positioned in the wallof a trailer with a portion of the wall broken away to show the magnetassembly mounting structure;

FIG. 5 is a sectional view taken along the line 5-5 of FIG. 4;

FIG. 6 is a sectional View taken through the trailer wall showing howthe assembly of FIG. 4 is attached to the wall with part of the wallbroken away so as to show the magnet assembly more fully;

FIG. 7 is a view or" a modified magnet of magnet assembly support;

FIG. 8 is a front view of the magnet assembly and support shown in FIG.7 with the wall removed;

FIG. 9 is a sectional view taken along the line 99 of FIG. 7;

FIG. 10 is a sectional view similar to FIG. 9 showing a wide mountingbracket for the magnet assembly;

FIG. 11 is a detail view showing a modified form of magnet assembly inwhich the magnet wafers are assembled in pairs between the iron strips;

FIG. 12 is a detail view similar to FIG. 11 showing the magnet Wafersstacked four in a stack between the iron strips;

FIG. 13 is a view of an embodiment of this invention adapted forsupporting window draperies;

FIG. 13a is a detail view of one end of the drapery support shown inFIG. 13;

FIG. 14 is a view of an embodiment of this invention employed forsupporting medicine chests;

FIG. 15 is a front view of the medicine chest shown in FIG. 14 with themagnetic support shown in broken lines;

FIG. 16 is a sectional view taken along the line 1616 of FIG. 15;

FIG. 17 is a view of a display board for supporting articles such asmerchandise that it is desired to display; and

FIG. 18 is a sectional view taken along the line 1818 of P16. 17.

3,174,714 Patented Mar. 23, 1965 Referring to the drawing in detail,there is illustrated a magnetic hanger that is particularly adapted forsup porting articles on walls such as the walls of a room, trailer, orthe like and display boards. The magnetic hanger is made up of aplurality of rows of magnets and each row comprises individual magnets19, 11, 12, 13 and 14 which are arranged between the iron strips 15 and16. Thus in FIG. 1, there are shown five rows each including magnets1014 and each positioned between iron strips 15 and 16. This assembly ofmagnets and iron strips is held together by means of a plurality of longrivets 17, 18, 19, 20 and 21 which pass through suitable holes formed inthe magnets and iron strips. The outer sides of the assembly areprovided with angleshaped members 22 and 23 which are also held on theassembly by means of the aforesaid rivets.

The angle members 22 and 23 are attached to the magnet assembly so thatthe front faces of these members are substantially flush with theforward edges of the iron strips 15 and 16 as shown in FIG. 2. Themagnet assembly is positioned in a hole formed in the wall 26. This maybe the inside wall of a room or it may be the inner wall of a trailer inwhich the wall structure consists of an inner wall or panel 26 and anouter aluminum siding 27 as shown in FIG. 6. The forward edges of theiron strips 15 and 16 and the front faces of the angle members 22 and 23extend slightly beyond the front face of the wall 26 as shown. However,if desired, the front portions of the angle members 22 and 23 may bepositioned in recesses formed in the wall 26 so that the front faces ofthese angle members are substantially flush with the inside face of thewall and only the forward edge portions of the iron strips 15 and 16project slightly beyond the inner surface of the wall 26.

The magnets 10-14 may be made of ceramic material such as ferrites orthey may comprise small wafers of alloys such as Alnico, Comol orVicalloy as described on pages 66 and 67 of the May 9, 1946 issue, ofthe Iron Age. The magnet Waters 1644 are arranged between the iron strip15 and 16 so that these strips have the same magnetic polaritythroughout the length thereof. Thus all of the lower magnets 1044 may beplaced on the lower strip 15 with the south poles thereof against thestrip 15 and with the north pole thereof against the strip 16. In thiscase, the next layer of magnets 16-14; would be arranged so that thenorth poles thereof would be lowermost and against the strip 15 so thatwhen this strip 15 is positioned on the adjoining strip 16 both of thesestrips would have the same magnetic polarity as indicated on the righthand side of FIG. 1 of the drawing. This procedure is repeated instacking the magnets and the strips with the result that the upper anglemember 23 assumes the north polarity and the lower angle strip 22assumes the south polarity.

This magnet assembly is positioned in the wall 26 so that it occupies ahole of suitable size formed in this wall and is clamped in this wall bymeans of the brackets 24 which are attached to the back side of themagnet assembly by means of the machine screws 25. Thus the armsextending from this bracket are brought up against the back surface ofthe wall 26 with the result that the wall is clamped between the anglemembers 22 and 23 and the arms of the bracket 24 as shown in FIG. 2.

A similar magnet assembly is shown in FIGS. 4, 5 and 6 except that inthis case the angle members 22 and 23 have been eliminated and anelongated bracket 28 has been provided for supporting the magnetassembly on the back wall of the wall 26. The bracket 23 is attached bymeans of suitable rivets to the brackets 24a which are attached to themagnet assembly by means of the rivets 17 and 21 for example. Ifdesired, the brackets 3 24- and 24:; may be attached to the magnetassembly by means of long rivets similar to rivets 17-20.

In the form of this invention shown in'FIGS. 4-6 the arms of thebrackets 24a are brought up against the back surfaces of the wall 26 sothat the forward edges of the iron strips 15 and 16 are properly alignedwith the front face of the wall 26 or they may extend slightly in frontof the front face of the wall 26. If desired, the spaces between theiron strips 15 and 16 and above and below the uppermost and lowermost ofthese strips may be filled with material such as plastic Wood or thelike so as to prevent dust and foreign matter accumulating in thesecavities. The forward edges or faces of the iron strips 15 and 16 may ofcourse be left exposed and simply covered with a thin coat of paint,varnish, lacquer or the like. These surfaces of the iron strips 15 and16 form the magnetic pole faces with which the armatures of magneticmaterial attached to the pictures or other articles to be hung andsupported by these magnets, make firm contact.

Since the iron strips 15 and '16 employed in the form of this inventionshown in FIGS. 1-6 are separated by only one of the magnet elements suchas the magnets -14 the strong magnetic field will not extend forwardfrom the faces of these iron strips very far and it is of coursedesirable that the iron armature that is to be supported by thesemagnets either make contact with these iron strips or be separatedtherefrom only by means of a thin film such as a film of paint orwallpaper. Where it is desired to have this strong magnetic field extendforward from the iron strips and 16 so that several thicknesses of paperor cloth may be placed on these iron strips and a strong magneticpulling power still be obtained through such several thicknessses thenthe magnet configurations shown in FIG. 11 or FIG. 12 is employed. Themagnetic field extends well forward of the iron strips in theseconfigurations as is shown by the dotted lines extending between theiron strips.

In FIG. 11 magnet elements 10!; and 10b are placed between the ironstrips 15b and 150 and additional magnet elements ltlc and 10d arepositioned between the iron strips 150 and 15d. This assembly is heldtogether by means of a suitable rivet the same as in the configurationsshown in FIGS. 1-6. Thus each of the magnet stacks shown in FIGS. 1-6may be replaced by the magnet stack shown in FIG. 11 with the resultthat five stacks of magnets ltla-ltld would be placed between three ironstrips 15b, 15c and 15d. Such assembly is mounted in the wall '26 in thesame manner as the assembly shown in FIGS.

1-6. On the other hand, if still stronger magnetic pull is desired, thefour magnets 10a, 10b, 1G0 and 10d are stacked as shown in FIG. 12between the iron strips 15a and 16a and the assembly held together bymeans of suitable rivets so .that the iron strip 15a assumes a southmagnetic pole and the iron strip'16a assumes a north pole or vice versa.In this configuration, the magnetic field arches out well away from themagnets between these iron strips. Such stacks of magnets also may beused in place of the stacks of magnets used in the arrangements shown inFIGS. 1-6. In the arrangement shown in FIG. 11 the iron strips 15b and15d may both assume the south magnetic polarity whereas the strip 15cmay assume the north magnetic polarity if the magnets are stacked so asto produce this relationship On the a d telescoping members areprovid'edwithbrackets 32 and 33 respectively which are adapted to be attached bymeans of suitable screws to the wall structures 34 and 35 respec.tively. The parts 36 and 37 are punchedout 0f the elements 3% and 31respectively and extend forward toward the wall 38 so that the properspacing is provided between this wall and the magnet supportwhereby theforward face of the magnet assembly is properly located with respect tothe front face of the wall. The magnet assemblies in FTGS. 7-9 aresimilar to the magnet assemblies previously described and comprise thepermanent magnets lh-ld as shown in'FIGS. 'l-6, arranged between ironstrips 15 and 16. 'However, in this case, the magnets may also beassembled as shown in FIGS. 11 and 12. for the reasons previouslydescribed. The magnet assemblies shown in FIGS. 7-9 are provided withbracket members 4t) and 41 which are attached by means of rivets to theassemblies and these brackets are in turn attached to the supportelement 39 by rivets or the like.

In the form of the invention shown in FIG. 10, the supporting memberconsists of relatively wide supporting elements 30a and 31a whichcorrespond to the elements 30, 31 shown in FIGS. 7-9. The magnetassembly which is similar to that shown in FIGS. 1-6, 11 and 12 issupported on the element 30a by means of several brackets such as thebrackets 44% and 45 which are attached by suitable rivets to the elementEtta. These brackets 44 and 45 are also provided with members that areadapted to engage the rear surface of the wall 38 and function toprovide the desired spacing to the magnet assembly whereby the frontfaces of the iron'strips 15 and 16 are disposed either in line with thefront face of the wall 38 or slightly ahead of this front face.

The magnet assemblies shown in FIGS. 7-10 may be provided to the wallsof rooms in dwellings and offices for the purpose of supporting drapes.Such an arrangement is illustrated in FIG. 13 in which the window drapemay be supported by means of the member 5t over the Window 55 which isformed in the wall 56. The member '59 is provided with suitable inturnedend portions which are of magnetic material so that these magnetic endportions are gripped by the permanent magnets positioned in the magnetassemblies 51 and 52 which are supported between the wall studs by thesupport members 53 and 54 respectively. These magnet assemblies andsupport therefor may be constructed as shown in FIGS. 7-10 except thatthe magnet assemblies are positioned on the bracket or supports 53 and54 crosswise instead of lengthwise as shown in FIGS. 7-10 so that thedrape supporting member 51) may be moved upward or downward over thelength of the magnet assembly.

The magnet assemblies of this invention may also be employed forsupporting medicine chests such as shown in FIGS. 14-16. In such cases,the magnet assembly such as that shown in FIGS. 7-10 is attached to thewall studs and the front faces of the iron strips 15 and 16 of themagnet assembly extend forward of the wall 61 a short distance. Thus themagnetic armature 62 which is attached to the back wall of the medicinecabinet 63 and which is provided with an upper hook portion 64 is firmlygripped by the magnet assembly and the hook portion 64 engages the upperiron strip 16. With this hook arrangement the cabinet'63 is preventedfrom sliding downward when it is loaded with various medicines etc.

This invention may also be employed for supporting i 72 is insertedinside so that several thicknesses of cloth are interposed between itand the magnet assembly 71. Yet the magnet assemblies provided hereinproduce the required magnetic attraction to support the article. In thiscase, the magnetic armature 72 is inserted inside inside of the shirtout of view. Likewise, if socks, handkerchiefs or other articles are tobe displayed on the board 76, suitable magnetic armatures such as thearmature '72 may be inserted therein and these articles also may be heldon the board by the various magnetic assemblies.

Where groceries and canned goods are to be displayed suitable magneticarmatures may be attached to the containers by adhesive or the like orthe container itself may be made of magnetic material. l

The magnet assemblies described and illustrated herein are adapted to bemounted in wall structure or in suitable panels as described, andsuitable covering such as wall paper or paint may be applied over thefront faces of the magnet assemblies and this covering may be flush withthe front face of the wall or panel or it may bulge slightly to thefront of the wall or panel. On the other hand, such covering may bedispensed with, and suitable non-mag netic filler such as plastic woodmay be used between the magnets, iron strips and wall or panel structureso that only the front faces of the iron strips are exposed. Alsosuitable aluminium strips may be placed between the iron strips and themagnets so that these aluminum strips are fiush with the iron strips.These aluminum strips may be made in the form of a plate with suitableholes punched therein so that this plate fits over the whole assemblyand hole in the wall or panel structure, and the iron strips fit intothe holes in the panel.

While I have shown a preferred embodiment of the invention, it will beunderstood that the invention i capable of variation and modificationfrom the form shown so that its scope should be limited only by thescope of the claims appended hereto.

What I claim:

1. In a magnetic supporting device the combination of a panel having adecorative design on the front thereof, a plurality of permanent magnetassemblies, means for supporting said assemblies in holes in said panelso that the magnetic poles thereof set up a magnetic field over an areaof the exposed front face of the panel where an article is to besupported, each of said permanent magnet assemblies comprisingindividual magnets each of a fiat configuration sandwiched betweenstrips of magnetic material and attached thereto, said strips ofmagnetic material being spaced so that the magnetic field arched betweenthese magnetic strips extends well to the front of the assembly, and afree magnetic armature adapted to be placed inside of an article ofclothing to be displayed on the front of said panel so that a thicknessof the cloth of said article exists between the magnetic armature andsaid magnet assembly and the article may be arranged to effect apredetermined display on the decorative design of said panel and held inthis predetermined display by the magnetic attraction between saidarmature and at least one of said magnetic assemblies.

2. In a magnetic supporting device the combination of a panel having adecorative design on the front thereof, a plurality of permanent magnetassemblies, means for supporting said assemblies in holes formed in saidpanel so that the magnetic poles thereof set up a magnetic field over anarea of the exposed front face of the panel where an article is to besupported, each of said permanent magnet assemblies comprising aplurality of individual magnets each of a flat configuration sandwichedbetween strips of magnetic material, means for holding said magnets andsaid strips assembled, said strips of magnetic material being spaced sothat the magnetic field arched between these magnetic strips extendswell to the front of the assembly, means including said last mentionedmeans for attaching said assembly to said display panel upon whicharticles of merchandise are to be displayed, and a magnetic armatureadapted to be placed inside of an article of clothing to be displayed onthe front of said panel so that a thickness of the cloth of said articleexists between the magnetic armature and said magnet assembly and thearticle may be arranged to effect a predetermined display on thedecorative design of said panel and held in this predetermined displayby the magnetic attraction between said armature and at least one ofsaid magnetic assemblies.

3. In a magnetic article supporting device adapted to be positioned in awall so as to set up a magnetic field over an area of the exposed frontface of the wall where an article is to be supported, the combination ofa permanent magnet assembly, said assembly comprising a plurality ofpermanent magnets each of a flat configuration, and a plurality ofstrips of magnetic material, said permanent magnets being sandwichedbetween said strips so that said strips project forward from saidmangets, means extending through said strips for clamping said magnetstherebetween, means for attaching said assembly to wall structure, saidwall structure having a hole formed therein for receiving said assembly,said means comprising bracket attaching means attached to said assembly,said brackets means being arched over the back of said assembly by saidfirst mentioned means and having members engaging the back of said Wallstructure to position of the front of said assembly with respect to thefront surface of said wall structure.

4. In a magnetic article supporting device adapted to be positioned in awall or panel so as to set up a magnetic field over an area of theexposed front face of the wall or panel where an article is to besupported, the combination of a wall structure a permanent magnetassembly, said assembly comprising a plurailty of permanent magnets eachof a fiat configuration, and a plurality of strips of magnetic material,said permanent magnets being sandwiched between said strips so that saidstrips project forward from said magnets, said wall structure having ahole formed therein for receiving said assembly, means for attachingsaid assembly to said wall structure so that said strips project forwardto the front of said wall structure, said means comprising bracket meansattached to said assembly, said bracket means having means engaging theback of said wall structure to position of the front of said assemblywith respect to the frOnt surface of said wall structure and a magneticarmature attached to the article to be supported, said armature havingmeans for engaging the projecting part of one of said strips and beingheld in such engagement by the magnetic field of said assembly toprevent lateral movement in at least one direction of said armature withrespect to said strips.

5. In a magnetic article supporting device adapted to be positioned in awall so as to set up a magnetic iieid over an area of the exposed frontface of the wall where an article such as a drape is to be supported,the combination of a wall structure, a member for supporting the drape,said member having magnetic armature portions, at least two permanentmagnet assemblies, said assemblies each comprising a plurality ofpermanent magnets, strips of magnetic material, said permanent magnetsbeing sandwiched between said strips so that said strips project forwardfrom said magnets elongated means extending through said strips forclamping said magnets therebetween, said wall structure having holesformed therein for receiving said assemblies, supporting means forattaching said assemblies in said holes in said wall structure spacedsubstantially by the distance between said magnetic armature portions,said supporting means comprising bracket means attached to each saidassembly by said elongated means.

6. In a magnetic supporting device the combination of a panel, apermanent magnet assembly positioned in a hole in said panel, saidassembly comprising a plurality of elongated strips of magnetic materialpositioned in parallel spaced relation, a plurality of individualmagnets 3 each of flat configuration sandwiched between said strips,said magnets being arranged in stacks that extend substantially at rightangles across said strips and so that each of said strips is of onemagnetic polarity throughout its length, elongated members ofnonmagnetic material extending through each of said stacks for holdingsaid stacks and strips assembled, angle shaped members attached by saidelongated members to the outer ones of said strips parallel thereto,said angle shaped members each having a fiat surface extending over theportion of one side of said panel surrounding said assembly and aclamping member engaging the other side of said panel so that said panelis clamped between said fiat surfaces of said angle shaped members andsaid clamping member and means extending through said assembly and saidclamping member for drawing said clamping member against said panel. 7

'7. In a magnetic supporting device the combination of a panel, apermanent magnet assembly positioned in a hole in said panel, saidassembly comprising a plurality of elongated strips of magnetic materialpositioned in parallel spaced relation, a plurality of individualmagnets each of flat configuration sandwiched between said strips, saidmagnets being arranged in stacks that extend substantially at rightangles across said stripsand so that each of said strips is of onemagnetic polarity throughout its length, elongated members ofnonmagnetic material extending through each of said stacks for holdingsaid stacks and strips assembled, spaced angle shaped members bridgedover the back of said assembly and attached by said elongated members tothe outer ones of said strips parallel thereto, said angle shapedmembers each having a .flat surface engaging a portion of one side ofsaid panel surrounding said assembly when the front faces of said stripsare substantially flush with the front surface of said panel.

8. In a magnetic supporting device the combination of a panel, apermanent magnet assembly positioned in a hole in said panel, saidassembly comprising a plurality of elongated strips of magnetic materialpositioned in parallel spaced relation, a plurality of individualmagnets each of flat configuration sandwiched between said strips,

said magnets being arranged in stacks that extend substantially at rightangles across said strips and so that each of said strips is of onemagnetic polarity throughout its length, elongated members ofnonmagnetic material extending through each of said stacks for holdingsaid stacks and strips, assembled spaced angle shaped members attachedby said elongated members to the outer ones of said stripsparallel'thereto, said angle shaped 7 members each having a flat surfaceextending over a portion of one side of said panel surrounding saidassembly and means including said angle shaped members for sup- 8porting said assembly in the hole in said panel with the front faces ofsaid panel.

9. In a mangetic supporting device adapted to be positioned in a wall soas to set up. a magnetic field over an area of the exposed front face ofsaid wall where an article is to be supported, the combination of apanel, a permanent magnet assembly, said assembly comprising a pluralityof stacks of permanent magnets each of a fiat configuration, and aplurality of strips of magnetic material extending across said pluralityof stacks so that said strips of magnetic material form the magneticpoles of the assembly, elongated members extending through said stacksholding said stacks of magnets and said strips assembled, bracketspositioned on the back side of said magnet assembly, fiat side membersattached to said magnet assembly, additional elongated members extendingthrough said assembly and through said brackets clamping said bracketsto said assembly and at the same time clamping said panel between saidside members and said brackets.

10. In a magnet supporting device adapted to be positioned in a wall soas to set up a magnetic field over an exposed front face of the wallwhere an article is to be supported, the combination of a panel, apermanent magnet assembly, said assembly comprising a plurality ofstacks of permanent magnets each with a flat configuration and aplurality of strips of magnetic material extending across said pluralityof stacks so that said mag netic material form the magnetic poles of theassembly, elongated members extending through said stacks, holding saidstacks of magnets and said strips assembled, means supporting saidassembly so that faces of said strips protrude from the face of saidpanel, said supporting means comprising side members attached to thesides of said magnet assembly and brackets attached to the back of saidmagnet assembly, said side members and said brackets clamping said paneltherebetween, thereby supporting said magnet assembly on said panel.

References Cited by the Examiner UNITED STATES PATENTS 1,168,949 1/16McKittrick et a1. 40142 X 1,829,776 11/31 Wright 248-27 X 1,898,282 2/32Almcrantz 2203.8 2,414,653 1/47 Lookholder 317-159 2,641,793 6/53 Wilm317-159 X 2,809,002 10/57 Rudolph 248205 2,948,407 8/60 Wiszuk 248206 X2,954,257 9/60 Besuch et al. 294-655 2,962,252 11/60 Frank 248-2263,031,799 5/62 Bradsby 248-206 CLAUDE A. LE ROY, Primar y Examiner.

FRANK L. ABBOTT, Examiner.

1. IN A MAGNET SUPPORTING DEVICE THE COMBINATION OF A PANEL HAVING ADECORATIVE DESIGN ON THE FRONT THEREOF, A PLURALITY OF PERMANENT MAGNETASSEMBLIES, MEANS FOR SUPPORTING SAID ASSEMBLIES IN HOLES IN SAID PANELSO THAT THE MAGNETIC POLES THEREOF SET UP A MAGNETIC FIELD OVER AN AREAOF THE EXPOSED FRONT FACE OF THE PANEL WHERE AN ARTICLE IS TO BESUPPORTED, EACH OF SAID PERMANENT MAGNET ASSEMBLIES COMPRISINGINDIVIDUAL MAGNETS EACH OF A FLAT CONFIGURATION SANDWICHED BETWEENSTRIPS OF MAGNETIC MATERIAL AND ATTACHED THERETO, SAID STRIPS OFMAGNETIC MATERIAL BEING SPACED SO THAT THE MAGNETIC FIELD ARCHED BETWEENTHESE MAGNETIC STRIPS EXTENDS WELL TO THE FRONT OF THE ASSEMBLY, AND AFREE MAGNETIC ARMATURE ADAPTED TO BE PLACED INSIDE OF AN ARTICLE OFCLOTHING TO BE DISPLAYED ON THE FRONT OF SAID PANEL SO THAT A THICKNESSOF THE CLOTH OF SAID ARTICLE EXISTS BETWEEN THE MAGNETIC ARMATURE ANDSAID MAGNET ASSEMBLY AND THE ARTICLE MAY BE ARRANGED TO EFFECT APREDETERMINED DISPLAY ON THE DECORATIVE DESIGN OF SAID PANEL AND HELD INTHIS PREDETERMINED DISPLAY BY THE MAGNETIC ATTRACTION BETWEEN SAIDARMATURE AND AT LEAST ONE OF SAID MAGNETIC ASSEMBLIES.